Osvaldir Pereira Taranto

• Abstract

  Biodiesel is considered a viable alternative to the use of diesel, since it presents some advantages over the fossil fuel. Biodiesel could be obtained from vegetable oils or animal fats, being a renewable and biodegradable fuel. Recently, studies about biodiesel synthesis in microreactors have been performed, however, few investigation were aimed to the development of micro-chemical plant…

  Development of a micro-chemical plant for biodiesel production, AP.R

• Abstract

  Researches in the field of energy have searched alternatives that may reduce the current dependence on oil and reduce carbon emissions in the environment. In this quest, biodiesel presents itself as an important alternative because it uses in its production vegetable oils or animal fats, being a renewable fuel and contribute less to the greenhouse effect. Micrometric systems have shown so…

  Development of a microchannel system for the continuous production of biodiesel, AP.R

• Abstract

  The pharmaceutical industry has used extensively the operation of fluidization in particle coating and granulation processes. However, to maintain stable fluidization conditions during these processes is very crucial, because excess moisture content can lead to the collapse of the bed. Particle coating and granulation processes using on-line automated systems to monitor and control is hig…

  Monitoring and control of the fluidization stability and particle size distribution in real-time: application in gas-solid fluidized bed coating and granulation processes, AP.R

(Only some records are available in English at this moment)

• Abstract

  The interest by the insertion of real-time tools to monitor fluidized bed coating and granulation processes in the industry has grown in recent years, not only because of the strong competition in the international markets, which seeking products with qualities severely specified, but also due to the need for the development of immediate actions on the process to solve defluidization of t…

  Application of process analytical technologies (PAT) to monitor the particle size and the fluidization regime in coating and granulation processes, BP.IC
• Comparison of diferents commercial polimers used in coating of controled release pellets, BP.MS